The photograph was taken as part of Operation Night Watch, the largest and most comprehensive investigation into Rembrandt ’ mho masterpiece ever undertake. The goal of the program, which started in 2019, is to optimally preserve the painting for the future. last year, the team restored parts of the painting that had been lost to a series of attacks on the paint in the past using artificial intelligence.
The Highest Resolution Photo of Artwork Ever Taken
At 717 billion pixels, the museum says that the distance between two pixels in the photograph is just five micrometers ( 0.005 millimeters ), which means the size of one pixel is smaller than a human red rake cell. The museum says it used a 100-megapixel Hasselblad H6D-400MS television camera to shoot 8,439 individual photos that each measured 5.5 centimeters by 4.1 centimeters. These photos were then stitched together using artificial intelligence. The final file size of this gigantic image is a whack 5.6 terabytes.
The individual shots had a depth of field of 125 micrometers ( 1/8 millimeter ). The Rijksmuseum explains that in club to ensure that every photograph was in focus, the surface of the paint was beginning scanned with lasers and the camera had to be polish before the photograph was taken. immediately after taking each photograph, a nervous network checked for color and edge.
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once again, the researchers of Operation Night Watch have succeeded in pushing the boundaries of what was thought possible, ” Taco Dibbits, Director of the Rijksmuseum says. “ Thanks to this visualize, the public can marvel at Rembrandt ’ s masterpiece in evening smaller details. ” The museum says this level of detail makes it the largest trope of a work of art ever taken and is four times larger than the photograph of The Night Watch that the museum posted on its web site in May of 2020. That photograph, which was 44.8 gigapixels in size, was already impressive, but with this startle in solution, the researchers are able to study the paint even better.
Designed to Make Further Research Possible
The museum says that this new photograph is sharply enough that neural networks can nowadays examine the painting very cursorily for similarities in paint particles or the mapping of all contribute soaps, which was not possible with the former photograph.
The Rijksmuseum says that the second phase of the project will begin on January 19 where the team will continue its restoration work on the painting using the data it nowadays has thanks to the modern high-resolution photograph.
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The navigable, full resolution image can be viewed on the Rijksmuseum web site. Image credits: Photos by the Rijksmuseum ’ south Operation Night Watch.